The number of cleavages produced in ∅X174, S13, G4, and ST-1 double-stranded RFI DNA by 26 different enzymes is given. Some enzymes, but not all, produce similar-sized fragments from ∅X174 and S13 DNA, but all enzymes produce completely different-sized fragments from G4 and ST-1 compared with ∅X174. ∅X174 RFI is cleaved once to linear RFIII DNA by PstI, AvaI, and XhoI (BluI)
Restriction endonucleases are highly specific in recognizing the particular DNA sequence they act on...
<div><p>Restriction enzymes that recognize specific sequences but cleave unknown sequence outside th...
The action of two restriction endonucleases on polyoma virus DNA has been examined and the sites at ...
Although the DNA cleavage mechanism of Type I restriction–modification enzymes has been extens-ively...
The diversity of reaction mechanisms employed by Type II restriction enzymes was investigated by ana...
textabstractThe restriction enzymes Hind from Hemophilus influenzae and HaeIII from Hemophilus aegyp...
Restriction endonucieases (13 out of 18 species used for the test) were certified to cleave single-s...
Many types of restriction enzymes cleave DNA away from their recognition site. Using the type III re...
Orthodox Type IIP restriction endonucleases, which are commonly used in molecular biological work, r...
The ability of 223 Type II restriction endonucle-ases to hydrolyze RNA–DNA heteroduplex oligo-nucleo...
Many types of restriction enzymes cleave DNA away from their recognition site. Using the type III re...
AbstractMost restriction endonucleases bridge two target sites before cleaving DNA: examples include...
The sequence-specific cleavage of double helical DNA by restriction endonucleases is essential for m...
Electrophoregrams of human genomic DNA enzymatic cleavage (8% PAAG) and lengths of fragments are sho...
It is already known that (JX gene A protein converts besides OX RFI DNA also the RFI DNAs of the sin...
Restriction endonucleases are highly specific in recognizing the particular DNA sequence they act on...
<div><p>Restriction enzymes that recognize specific sequences but cleave unknown sequence outside th...
The action of two restriction endonucleases on polyoma virus DNA has been examined and the sites at ...
Although the DNA cleavage mechanism of Type I restriction–modification enzymes has been extens-ively...
The diversity of reaction mechanisms employed by Type II restriction enzymes was investigated by ana...
textabstractThe restriction enzymes Hind from Hemophilus influenzae and HaeIII from Hemophilus aegyp...
Restriction endonucieases (13 out of 18 species used for the test) were certified to cleave single-s...
Many types of restriction enzymes cleave DNA away from their recognition site. Using the type III re...
Orthodox Type IIP restriction endonucleases, which are commonly used in molecular biological work, r...
The ability of 223 Type II restriction endonucle-ases to hydrolyze RNA–DNA heteroduplex oligo-nucleo...
Many types of restriction enzymes cleave DNA away from their recognition site. Using the type III re...
AbstractMost restriction endonucleases bridge two target sites before cleaving DNA: examples include...
The sequence-specific cleavage of double helical DNA by restriction endonucleases is essential for m...
Electrophoregrams of human genomic DNA enzymatic cleavage (8% PAAG) and lengths of fragments are sho...
It is already known that (JX gene A protein converts besides OX RFI DNA also the RFI DNAs of the sin...
Restriction endonucleases are highly specific in recognizing the particular DNA sequence they act on...
<div><p>Restriction enzymes that recognize specific sequences but cleave unknown sequence outside th...
The action of two restriction endonucleases on polyoma virus DNA has been examined and the sites at ...